Tempered glass: a safety glass processed by thermal and chemical treatments to increase its strength to 5 times more than normal glass. When broken tempered glass is less likely to cause injury as it shatters to small granular pieces instead of splintering into jagged shards. it is also able to withstand thermal differences of up to 220 degrees Celsius, between indoors and outdoors, without breaking. It has many uses, including buildings, residential facilities, and the manufacture of internal and external glass doors and interfaces…etc.
Laminated glass: a type of safety glass that consists of two or more layers of glass bonded together by an interlayer of plastic manufactured using polyethylene (PVB, EVA save), which holds glass together when broken. It reduces harmful ultraviolet rays from sunlight by less than 1%. This type of glass help reduce noise and provides sound insulation to an excellent degree. It is used in places with a high risk breakage, such as glass ceilings and skylights.
Sand-blasted glass: treated with Aluminum Oxide and other abrasive materials to create a frosted finish, through the process we can create unique shapes and designs which makes it a great decorative piece and a privacy solution.
Printed glass: adding a personal touch to any glass piece through printing different designs, images, and patterns. The custom pieces could be used in architecture, interior design and many other applications.
Fused glass: created by melting or fusing different pieces of glass together to create custom glass pieces. Available in many textures, colors, and designs to be applied to art and décor pieces.
Decorative glass: It is uniquely customized to customers’ preference as it comes in any design, color, shape, and texture requested. Designed and enhanced using artistic talent and the latest technology provided by a fusing machine to add value and beauty to any home, office and other spaces.
Double-glazed glass: it consists of two glass panes instead of one, separated by a spacer that contains moisture-absorbing granules, Argon gas can be injected to increase the effectiveness of the internal thermal insulation of the building. The usage of double glazing with these specifications reduces the heat exchange process between the interior and exterior of the building, during both summer and winter, which in return reduces electricity and energy consumption costs. There are several factors which affect the quality of the insulation, including: choosing the type of glass, the thickness of the spacer, and the uses of aids to increase the insulation, such as injecting argon gas between glass layers.
